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This page is deliberately left blank.
vi
Customer Support
Contact the Comtech EF Data Customer Support Department for:
• Product support or training
• Reporting comments or suggestions concerning manuals
• Information on upgrading or returning a product
A Customer Support representative may be reached at:
Comtech EF Data
Attention: Customer Support Department
2114 West 7th Street
Tempe, Arizona 85281 USA
480.333.2200 (Main Comtech EF Data number)
480.333.4357 (Customer Support Desk)
To return a Comtech EF Data product (in-warranty and out-of-warranty) for repair or replaceme nt:
For Online Customer Support:
An RMA number request can be requested electronically by contacting the Customer Support
Department through the online support page at
For information regarding this product’s warranty policy, refer to the Warranty Policy, p. xi.
480.333.2161 FAX
• Contact the Comtech EF Data Customer Support Department. Be prepared to supply the
Customer Support representative with the model number, serial number, and a description
of the problem.
• Request a Return Material Authorization (RMA) number from the Comtech EF Data
Customer Support representative.
• Pack the product in its original shipping carton/packaging to ensure that the product is not
damaged during shipping.
• Ship the product back to Comtech EF Data. (Shipping charges should be prepaid.)
• Click on “Return Material Authorization” for detailed instructions on our return
procedures.
• Click on the “RMA Request Form” hyperlink, then fill out the form completely before
sending.
• Send e-mail to the Customer Support Department at service@comtechefdata.com.
Preface
www.comtechefdata.com/support.asp:
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Digicast Media Router S2 Receiver CMR-5970 (MR-S2) & CMR-5990 (MR-S2-ASI) Revision A
Preface MN/MRS2ASIDC.IOM
About this Manual
This manual provides installation and operation information, functional capabilities, and
performance specifications for the Comtech EF Data (CEFD) CMR-5970 (MR-S2) and
CMR-5990 (MR-S2-ASI) Digicast Media Router S2 Receivers – referred to collectively
throughout this manual as “the MR-S2”. The manual additionally provides information
on how to connect the MR-S2 to other data transport equipment.
This is a technical document intended for earth station engineers, technicians, and
operators responsible for the operation and maintenance of the CEFD Digicast
CMR-5970 (MR-S2) and CMR-5990 (MR-S2-ASI) Media Router S2 Receivers.
Reporting Comments or Suggestions Concerning this Manual
Comments and suggestions regarding the content and design of this manual are
appreciated. To submit comments, please e-mail the Comtech EF Data Technical
Publications Department at
techpub@comtechefdata.com.
Conventions and References
Cautions and Warnings
IMPORTANT or NOTE indicates a statement that is associated with the task
being performed or information critical for proper equipment function.
CAUTION indicates a hazardous situation that, if not avoided, may result in
minor or moderate injury. CAUTION may also be used to indicate other
unsafe practices or risks of property damage.
WARNING indicates a potentially hazardous situation that, if not avoided,
could result in death or serious injury.
IMPORTANT
\
Examples of
Multi-Hazard Formats
viii
Digicast Media Router S2 Receiver CMR-5970 (MR-S2) & CMR-5990 (MR-S2-ASI) Revision A
Preface MN/MRS2ASIDC.IOM
Metric Conversion
Metric conversion information is located on the inside back cover of this manual. This
information is provided to assist the operator in cross-referencing non-Metric to Metric
conversions.
Recommended Standard Designations
Recommended Standard (RS) Designations are interchangeable with the designation of
the Electronic Industries Association (EIA).
Trademarks
Windows is a trademark of the Microsoft Corporation.
Other product names mentioned in this manual may be trademarks or registered
trademarks of their respective companies and are hereby acknowledged. Comtech EF
Data neither endorses nor otherwise sponsors any such production or services referred
herein.
Electromagnetic Compatibility (EMC) Compliance
This is a Class B product. In a domestic environment, it may cause radio interference that
requires the user to take adequate protection measures.
Emissions Compliance
This equipment has been tested and found to comply with the limits for a Class B digital
device, pursuant to Part 15 of the Federal Communications Commision (FCC) rules, and
EN55022 Class B requirements (pending).
These limits are designed to provide reasonable protection against harmful interference
when the equipment is operated in a commercial environment.
EN61000 Compliance
This equipment meets the EMC/immunity characteristics for the limits and methods of
measurement for information technology equipment as per EN61000-4-2, EN61000-4-3,
EN61000-4-4, EN61000-4-5 and EN61000-4-11 (pending).
This equipment meets the EMC/immunity characteristics for the limits and methods of
measurement of mains harmonics & flicker for information technology equipment as per
CE EN61000-3-2 and EN61000-3-3 (pending).
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Safety Compliance
EN60950 Compliance
Applicable testing is routinely performed as a condition of manufacturing on all units to
ensure compliance with safety requirements of EN60950. This equipment meets the
Safety of Information Technology Equipment specification as defined in EN60950.
Low Voltage Directive (LVD)
The following information is applicable for the European Low Voltage Directive
(EN60950):
<HAR> Type of power cord required for use in the European Community.
!
International Symbols:
Symbol Definition Symbol Definition
~
NOTE
CAUTION: Double-pole/Neutral Fusing
ACHTUNG: Zweipolige bzw. Neutralleiter-Sicherung
Alternating Current
For additional symbols, refer to Cautions and Warnings listed
earlier in this Preface.
Fuse
Protective Earth /
Safety Ground
Chassis Ground
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Digicast Media Router S2 Receiver CMR-5970 (MR-S2) & CMR-5990 (MR-S2-ASI) Revision A
Preface MN/MRS2ASIDC.IOM
Warrant y Policy
Comtech EF Data products are warranted against defects in material and
workmanship for a period of two years from the date of shipment. During the
warranty period, Comtech EF Data will, at its option, repair or replace products
that prove to be defective.
For equipment under warranty, the owner is responsible for freight to Comtech
EF Data and all related customs, taxes, tariffs, insurance, etc. Comtech EF Data
is responsible for the freight charges only for return of the equipment from the
factory to the owner. Comtech EF Data will return the equipment by the same
method (i.e., Air, Express, Surface) as the equipment was sent to Comtech EF
Data.
All equipment returned for warranty repair must have a valid RMA number issued
prior to return and be marked clearly on the return packaging. Comtech EF Data
strongly recommends all equipment be returned in its original packaging.
Comtech EF Data Corporation’s obligations under this warranty are limited to
repair or replacement of failed parts, and the return shipment to the buyer of the
repaired or replaced parts.
Limitations of Warranty
The warranty does not apply to any part of a product that has been installed,
altered, repaired, or misused in any way that, in the opinion of Comtech EF Data
Corporation, would affect the reliability or detracts from the performance of any
part of the product, or is damaged as the result of use in a way or with equipment
that had not been previously approved by Comtech EF Data Corporation.
The warranty does not apply to any product or parts thereof where the serial
number or the serial number of any of its parts has been altered, defaced, or
removed.
The warranty does not cover damage or loss incurred in transportation of the
product.
The warranty does not cover replacement or repair necessitated by loss or damage
from any cause beyond the control of Comtech EF Data Corporation, such as
lightning or other natural and weather related events or wartime environments.
The warranty does not cover any labor involved in the removal and or
reinstallation of warranted equipment or parts on site, or any labor required to
diagnose the necessity for repair or replacement.
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The warranty excludes any responsibility by Comtech EF Data Corporation for
incidental or consequential damages arising from the use of the equipment or
products, or for any inability to use them either separate from or in combination
with any other equipment or products.
A fixed charge established for each product will be imposed for all equipment
returned for warranty repair where Comtech EF Data Corporation cannot identify
the cause of the reported failure.
Exclusive Remedies
Comtech EF Data Corporation’s warranty, as stated is in lieu of all other
warranties, expressed, implied, or statutory, including those of merchantability
and fitness for a particular purpose. The buyer shall pass on to any purchaser,
lessee, or other user of Comtech EF Data Corporation’s products, the
aforementioned warranty, and shall indemnify and hold harmless Comtech EF
Data Corporation from any claims or liability of such purchaser, lessee, or user
based upon allegations that the buyer, its agents, or employees have made
additional warranties or representations as to product preference or use.
The remedies provided herein are the buyer’s sole and exclusive remedies.
Comtech EF Data shall not be liable for any direct, indirect, special, incidental, or
consequential damages, whether based on contract, tort, or any other legal theory.
xii
Chapter 1. INTRODUCTION
Figure 1-1. Digicast Media Router S2 Receiver – Front Panels
CMR-5970
(MR-S2)
CMR-5990
(MR-S2-ASI)
1.1 Introduction
The Comtech EF Data (CEFD) Digicast Media Router S2 Receivers – referred to
collectively throughout this manual as “the MR-S2” – come in one of two configurations:
• CEFD Digicast Media Router S2 Receiver – CMR-5970 (MR-S2)
L-Band to IP Receiver
• CEFD Digicast Media Router S2 Receiver – CMR-5990 (MR-S2-ASI)
L-Band / Asynchronous Serial Interface (ASI) to IP/ASI Receiver
The MR-S2 is an economical L-Band-to-IP Receiver providing price-versus-performance
unparalleled in today’s market. Additionally, the MR-S2-ASI provides the ability to
multiplex the L-band tuner stream to an incoming ASI transport stream.
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The MR-S2 receives Multiprotocol Encapsulated (MPE) data as specified in ETSI EN
301 192 over MPEG-2 packets or raw Transports Streams (TS) carrying audio, video or
data over an L-Band or ASI input.
The MR-S2 supports:
• DVB-S (2 to 45 Msps)
o FEC Rates: 1/2, 2/3, 3/4, 5/6 and 7/8
• DVB-S2 QPSK (6 to 32 Msps)
o FEC Rates: 1/2, 3/5, 2/3, 3/4, 4/5, 5/6, 8/9 and 9/10
• DVB-S2 8PSK (6 to 32 Msps)
o FEC Rates: 3/5, 2/3, 3/4, 5/6, 8/9 and 9/10
1.2 Standard Features
Based on an embedded architecture, utilizing a FreeScale MPC859 CPU and
eCOS Operating System, the MR-S2 provides the following features:
• High Reliability
• DVB-S and DVB-S2 L-Band Input
• ASI Input at rates as high as 213 Mbps (option with MR-S2-ASI only)
• Ethernet Output rates as high as 85 Mbps (1,500 byte packets)
• ASI Output rates as high as 213 Mbps (option with MR-S2-ASI only)
• Support for Multicast and Unicast IP datagrams
• Supports the decapsulation of MPE
• MPE Section Packing and Non-Section Packing on a PID-by-PID basis
• Supports encapsulation of transport streams over IP
• Support for all valid PIDs in 8192 range
• 64 PIDs on each input (ASI or L-Band)
• MPEG-2 188/204-byte operation
• Support for 802.1Q VLAN Tags
• IGMP for Multicast Route Announcements
• Configurable Telnet and HTTP ports for security
• Color LEDs for status monitoring and rapid fault isolation
• Management (monitor, control and configuration):
o Web Interface
o TFTP for field software/firmware upgrade
o Terminal Interface
o
Telnet
o
SNMP V2 (Private and MIB II) Support (Future release)
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1.3 Performance
The MR-S2 provides the following performance characteristics:
Item Value
Maximum Ingress (ASI Input) 213 Mbps 188-Byte Mode
Maximum Egress (ASI Output) 213 Mbps 188-Byte Mode
ASI to ASI PCR Jitter <75nS
Maximum Bits Per Second
(Maximum Packet Size 1,518 Bytes)
Latency Less than 10 ms
85 Mbps
1.4 Configurations
The MR-S2 comes in two configuration modes. The MR-S2, shown in in Figure 1-2, is a
Satellite-to-Ethernet IP router.
The MR-S2-ASI has the same feature set as the MR-S2; however, it contains an ASI input and
ASI output port. The MR-S2 not only can route ASI data from the input, it also is capable of
multiplexing the satellite feed to an existing ASI stream. The capabilities of the MR-S2-ASI are
shown in Figure 1-3.
Figure 1-2. Digicast Media Router S2 Receiver – CMR-5970 (MR-S2)
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Figure 1-3. Digicast Media Router S2 Receiver – CMR-5990 (MR-S2-ASI)
1.5 Specifications
CMR-5970
(MR-S2)
CMR-5990
(MR-S2-ASI)
Figure 1-4. Digicast Media Router S2 Receiver – Rear Panels
1–4
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Table 1-1. Digicast Media Router S2 Receiver – Specifications
Parameter Specification
Dimensions 7.125” L x 8.125” W x 1.72” H (18.1L x 20.6W x 4.4H cm)
Weight < 6 lbs (2.7 kg)
Power 2.5 mm with screw type connector
Physical
Electrical
Environmental
ASI Copper Input
ASI Copper Output
L-Band Input
Ethernet
(10/100BaseT)
Terminal RJ-12
Redundancy RJ-12
Blue PWR
Green RED
Red ALARM
Green LOCK
LEDs
Power Input /
Consumption
ASI-RX (Copper)
ASI-TX (Copper)
L-Band Input
Ethernet
(10/100BaseT)
Console RS-232
Redundancy RS-232
Temperature
Operating
Storage
(Non-operating)
Humidity
Operating 10% to 75% Non-condensing
Storage
(Non-operating)
Altitude
Operating Up to 10,000 feet (3048 m) above sea level
Storage
(Non-operating)
Green E-SPD
Amber E-COL
Green E-RX
Green E-TX
Green E-LINK
BNC (75Ω) [CMR-5990 (MR-S2-ASI) only]
F-Type (75Ω)
RJ-45
48 to 248 VAC 50/60 Hz converted to +5VDC @ 5.0A / < 25 W
EN50083-9 [CMR-5990 (MR-S2-ASI) only]
DVB-S ETSI EN 300 421
DVB-S2 ETSI EN 302 307
IEEE 802.3u
32° to 104° Farenheit (0° to 40° Celsius)
-22° to 150° Farenheit (-30° to 65° Celsius)
Relative humidity to 95% with temperature ≤ 95° Farenheit (35° Celsius)
Survival up to 50,000 feet (15240 m) above sea level for up to 15 hours
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1.6 Terminology
The following table defines the acronyms referred to throughout this manual:
Acronym Definition
ASI
ARP
CEFD
DVB
DVB-S
DVB-S2
EBU
ETS
FTP
HTML
HTTP
IANA
IGMP
IP
IRD
LAN
MAC
Mbps
MIB
MPE
MPEG
MPEGTS
MR
Msps
MUX
PID
RS
SNMP
SYSLOG
TCP
TERM
TFTP
TSD
UDP
VLAN
Asynchronous Serial Interface
Address Resolution Protocol
Comtech EF Data
Digital Video Broadcasting
Digital Video Broadcasting - Satellite
Digital Video Broadcasting - Satellite (Second Generation)
European Broadcasting Union
European Telecommunications Standard
File Transfer Protocol
Hypertext Markup Language
HyperText Transport Protocol
Internet Assigned Number Authority
Internet Gateway Messaging Protocol
Internet Protocol
Integrated Receiver Decoder
Local Area Network
Media Access Control
Mega bits per second
Management Information Base
Multi-Protocol Encapsulation
Moving Pictures Expert Group
Moving Pictures Expert Group Transport System
Transport Stream Demultiplexer
User Datagram Protocol
Virtual Local Area Network
1–6
Chapter 2. INSTALLATION &
INITIAL CONFIGURATION
2.1 Major Assembly
The CEFD MR-S2 and MR-S2-ASI are each available in a standalone configuration.
Table 2-1 lists the components provided with a standard configuration. In the event any
listed item is missing, please contact Comtech EF Data Customer Support.
Table 2-1. Digicast Media Router S2 Receiver – Standalone Configuration
Quantity Description
1
1 SPU30-102 Power Supply
1 IEC Power Cable
1 CA-TERMINAL Terminal Cable
1 CD (includes this manual and a Quick Start reference)
1 Quick Start sheet
2.2 Unpacking
The shipping container and packing materials should be retained for possible reshipment.
Perform a receiving inspection as follows:
• Inspect the shipping container for damage. If there is damage to the shipping
container,
• Check to determine that all parts, materials and documentation have been shipped
with the router.
• Inspect the router for possible physical damage.
• Test the router for proper operation.
CMR-5970 [MR-S2]
notify the carrier.
orCMR-5990 [MR-S2-ASI]
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Installation & Initial Configuration MN/MRS2ASIDC.IOM
• Contact Comtech EF Data Customer Support if the shipment is:
! Incomplete
! Physically damaged
! Inoperable
2.3 Installation
The MR-S2 is designed for ease of installation and configuration. Once the unit has
been removed from the packing container, please follow these instructions:
Step Procedure
1 Place the MR-S2 on a flat surface with free-air flow where the LEDs can be
clearly observed with unrestricted access to the rear panel of the unit.
2 It is suggested that the coaxial connection to the Low Noise Block (LNB)
NOT be connected to the unit until the unit has been fully configured. If the
unit will not be powering the LNB, it is recommend that an F-Type DC Block
be installed on the input to the MR-S2’s L-Band input
3 Connect the DC power connection to the connection labeled PWR on the
back of the unit and tighten the restraining nut to ensure secure operation.
4 Connect an RJ-45 Ethernet cable (patch cord) to the port labeled
ETHERNET. This cable should be connected to an Ethernet concentrator
(hub) or switch.
5 Connect a terminal cable (supplied) to the port labeled TERM. This cable
should be connected to a PC’s serial port (DB-9) to initially configure the MRS2.
6 Connect the AC power cord between a standard wall outlet and the power
supply. The Blue LED will illuminate.
7
IMPORTANT
8
Upon startup, the following LEDs will illuminate on the MS-R2 front panel:
It is recommend that the ASI cable NOT be connected until the
unit has been completely configured.
LED
Blue
Red
Green
Green
Green
Green
Function
Label
PWR
ALARM
LOCK
E-RX
E-TX
E-LINK
Description
LED illuminates if power is properly applied
LED may illuminate since the unit is not yet
configured
LED illuminates if the tuner is locked
LED flashes if there is Ethernet traffic/activity
LED illuminates if the Ethernet connection to
the Hub/Switch is operational
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Installation & Initial Configuration MN/MRS2ASIDC.IOM
2.4 Initial Configuration
The initial configuration involves setting up the IP parameters via the terminal cable.
Once the IP parameters have been configured, the terminal cable can be removed. The
terminal cable should be stored in a known location, since it may be needed in the future.
To configure the IP parameters:
Step Procedure
1 Using a terminal emulator on a PC such as HyperTerminal™ or
TeraTerm™, set up the communication port as follows:
• 38,400 BAUD
• 8 Data Bits
• 1 Stop Bit
• No Parity
• No Flow Control
2 Press the <ENTER> key on the PC – the MR-S2’s menu should be
displayed.
3 Press “N” for Network Menu.
4 Press “I” for the IP Address, Enter the IP Address and press <ENTER>.
5 Press “M” for the Subnet Mask. Enter the Subnet Mask and press
<ENTER>.
6 Press “G” for the Default Gateway IP Address. Enter the Default
Gateway Address and press <ENTER>.
7 Press “S” to save the parameters.
8 Press “Y” to confirm the saving of parameters.
9 Press “X” to exit to the main menu.
At this point, the unit has been configured for full operation and the terminal cable may
be removed. The coaxial connection to the Low Noise Block (LNB) and ASI Input (for
the CMR-5990 [MR-S2-ASI]) may now be safely attached to the L-Band input port. For
continued operation the unit may be managed via the Terminal Interface; however, it is
recommended to use the Web Interface for ease of management.
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Notes:
2-4
Chapter 3. INTERFACE PINOUTS
3.1 Pinout Overview
The rear panel interface (Figure 3-1) provides all necessary external connections between
the MR-S2 / MR-S2-ASI and other equipment.
Digicast Media Router S2 Receiver CMR-5970 (MR-S2) & CMR-5990 (MR-S2-ASI) Revision A
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3.4 RJ-12 Redundancy
Pin Definition
1 GND
2 TXD
3 RXD
4 GND
5 N/C
6 N/C
3.5 RJ-12 Terminal
Pin Definition
1 GND
2 TXD
3 RXD
4 GND
5 N/C
6 N/C
3.6 BNC ASI (Typical RX and TX) – MR-S2-ASI Only
Pin Definition
Center 8B/10B 270 Mbps
Outer Ring GND
3.7 F-Type L-Band
Pin Definition
Center
Outer Ring GND
Input 950-2150 MHz
Output +13VDC or + 18VDC 0.5A
3-2
Chapter 4. DEVICE MANAGEMENT
VIA USER INTERFACES
4.1 Introduction
Management of the MR-S2 is simple and intuitive. There are a variety of ways to
configure and manage the MR-S2:
• Web Interface via a LAN-based Desktop Browser
• Terminal Interface via direct connection to a PC’s asynchronous serial port
• Telnet Interface via a LAN
• TFTP for remote terminal upgrades
• SNMP Private MIB and MIB II (Future)
4.2 Web Interface
The Web Interface, operating under standard HyperText Transport Protocol (HTTP), is
used to communicate with and command the MR-S2 via a HyperText Markup Languagebased Graphical User Interface (GUI). To utilize the Web Interface, a LAN connection
must exist between the PC with a browser and the MR-S2.
Once a valid IP Address, Subnet Mask and Default Gateway have been entered into the
MR-S2, activate a browser on the desktop. Enter the IP address for the MR-S2 into the
URL field as shown in
standard80 via the Terminal Interface, then the port number must be appended with a
colon to the IP address.
A successful connection between the PC and the MR-S2 will result in the display of the
“splash page” shown in
4-1
Figure 4-1. If the port number has been modified from the
Figure 4-1. Connecting to the MR-S2
Figure 4-2.
Digicast Media Router S2 Receiver CMR-5970 (MR-S2) & CMR-5990 (MR-S2-ASI) Revision A
Device Management via User Interfaces MN/MRS2ASIDC.IOM
Digicast Media Router S2 Receiver CMR-5970 (MR-S2) & CMR-5990 (MR-S2-ASI) Revision A
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t
Device Management via User Interfaces MN/MRS2ASIDC.IOM
Beginning with the Administrative Configuration Menu page (Figure 4-3),
es containing configurable parameters feature a login dialog bo
IMPORTANT
all pa
at the bottom of the page. Changes to the MR-S2 configuration will no
be accepted without a valid user name and password.
The MR-S2 Administrative Configuration page contains the following configurable
parameters:
User Name
The MR-S2’s User Name is user configurable and is used for connecting to the
unit via IP management services.
The default user name is
comtech.
Password
The MR-S2’s Password is user configurable and is used for authenticating a user
when connecting via IP management services.
The default password is
entered carefully.
When the password is changed, the user will be prompted to enter the password
twice to verify it is correct.
System Contact
Contact information of the system administrator for support.
System Location
The physical location where the unit has been installed.
Enable Telnet
Enables Telnet application on the MR-S2.
SNMP IP Address
Defines the SNMP server that can connect to the unit.
Login Required
A user name and password are required to make any changes to the MR-S2
configuration.
Update Firmware
Allows software/firmware changes to be made. User name and password is
required for security.
comtech. The password is case sensitive and must be
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4.2.2 Syslog Configuration
Figure 4-4. Syslog Configuration page
Syslog is a common feature of the Linux operating system. Syslog allows the events that
occur on the MR-S2 to be sent to a server where they can be logged. The events are
delivered to a configured server over Ethernet IP.
Enable
Enables or disables the Syslog feature.
IP Address
The IP address of the Syslog server.
Port
The port of the Syslog server. The default port number is
514.
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Device Management via User Interfaces MN/MRS2ASIDC.IOM
4.2.3 Network Configuration
Figure 4-5. Network Configuration page
The Network Configuration page has the following configurable parameters:
IP Address
The IP Address assigned to the MR-S2’s LAN interface. The IP Address is
entered in dotted decimal format.
Subnet Mask
The Subnet Mask assigned to the MR-S2’s LAN interface. The Subnet Mask is
entered in dotted decimal format and is typically 255.255.255.0 for a C-Class
mask, 255.255.0.0 for a B-Class mask or 255.0.0.0 for an A-Class mask.
Default Gateway
The Default Gateway assigned to the MR-S2’s LAN interface. The Default
Gateway is entered in dotted decimal format and must be within the subnet of the
IP Address assigned to the LAN interface. The Default Gateway is the address
of a local router to which all non-local subnet traffic will be directed.
Login Required
A user name and password are required to make any changes to the MR-S2
configuration.
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The Egress Configuration page addresses the PID Filter’s configuration for the ASI
egress interface, and has following configurable parameters:
Framing Mode
Selects whether the ASI operates with either 188-byte or 204-byte packets.
Clock Rate
Sets the bit rate of the ASI Output interface in Mbps.
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4.2.5 IGMP Configuration
Figure 4-7. IGMP Configuration page
Enable
Select the Boolean if IGMP version 3 (IGMPv3) is to be supported. If the
Boolean is not selected, all received Multicast IP is forwarded to the Ethernet,
but if support is enabled, no Multicast IP will be forwarded to the Ethernet, until
a subscriber has joined the Multicast group.
Query Period
How often a solicitation is made for Multicast subscribers.
Maximum Tries
The maximum number of attempts the MR-S2 will make for soliciting for
Multicast subscribers before the Multicast stream is pruned off.
Response Timeout
The maximum amount of time the MR-S2 will wait for a Multicast Subscribers
before the Multicast stream is pruned off.
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4.2.6 Unicast Routing Configuration
Figure 4-8. Unicast Routing Configuration page
The Unicast Routing Configuration page addresses the PID Filter’s configuration for
handling Unicast traffic over the transport stream. This feature is only used in the
MPE/IP configuration.
Allow Unicast
Selects whether the PID Filter will support the routing of Unicast traffic.
Route unknown to default gateway
If an Address Resolution Protocol (ARP) can not be achieved, then incoming
Unicast is directed to the configured default gateway.
Filter on TSD MAC (MPE/IP)
Allows the PID Filter to route only Unicast that is specifically destined to this
unit. The MAC address in the MPE header must exactly match the configured
TSD MAC field.
TSD MAC (MPE/IP)
The hardware Media Access Control (MAC) address assigned for Unicast
operation.
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4.2.7 MPE/IP Configuration (Tuner or MR-S2-ASI only)
a) Full page with ASI Input Port selected
b) Page headers with TUNER Input Port selected
Figure 4-9. MPE/IP Configuration page (Tuner or MR-S2-ASI only)
On this page, from the pull down, the user must select for which input interface
the PIDs will be configured for MPE/IP. For the MR-S2 there is no pull down,
but for the MR-S2-ASI, the user can select which interface (Tuner or ASI) to
configure.
PID Address
A configured PID value in hexadecimal, for MPE/IP data to be extracted from
the transport stream and sent to the CPU. Once a valid PID value is configured,
once data is found on a transport stream, the data is decapsulated and delivered to
the Ethernet port. Note, the pull down menu allows the user to select which input
port (ASI input or Tuner) the PIDs are being received from. A value of 0x1FFF
is disabled.
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4.2.8 Tuner MPEG TS Route Configuration
a) Full page and dialog box with ASI Input Port selected
b) Page headers and dialog box with TUNER Input Port selected
From the pull down, the user must select for which input interface the PIDs will be
configured for MPE/IP. There is no pull down for the MR-S2; for the MR-S2-ASI, the
user can select which interface (Tuner or ASI) to configure.
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Upon selection of the desired input, a small popup window appears that shows all
services on the particular input. This is achieved by looking at the Program Stream
Information (PSI) that is contained in the Program Association Table (PAT) and Program
Mapping Table (PMT) – all detected programs will be displayed for either input port
selected.
Enable
Enables or disables the route.
Name
The name of the incoming program that is extracted from the Program Service
Information.
Program Number
The program number to be routed to the Ethernet as Transport Stream over IP.
PMT PID Number
The PMT PID to be routed to the Ethernet as Transport Stream over IP.
Destination IP
The IP address to be used when routing the Transport Stream over Ethernet IP.
Port Number
The Port Number to be used when routing the Transport Stream over Ethernet IP.
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4.2.9 Service Filter Route Configuration (MR-S2-ASI only)
Figure 4-11. Service Filter Route Configuration page (MR-S2-ASI only)
This menu allows the MR-S2-ASI (only) to filter incoming transport streams.
Enable
Enables or disables a program.
Name
Name configured for a program.
PID In
The hexadecimal value of an input PID contained within a transport stream to the
MR-S2-ASI.
PID Out
The hexadecimal value of an output PID contained within a transport stream
from the MR-S2-ASI. This feature allows the operator to set up and remap
incoming and outgoing PID values for a transport stream.
PMT PID In
The hexadecimal value of the input PMT PID to the MR-S2-ASI.
PID Out
The hexadecimal value of the output PMT PID from the MR-S2-ASI.
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4.2.10 Tuner Configuration
Figure 4-12. Tuner Configuration page
Primary and Backup Tuner Configuration
The MR-S2 can be configured to have a backup (secondary) configuration. The
secondary tuner configuration allows the user to configure a backup configuration
in the event the main carrier is taken down. The MR-S2 will only attempt to use
the secondary configuration in the event the primary carrier is not available.
LNB Frequency
The frequency of the Local Oscillator (LO) that resides in the Low Noise Block
(LNB) amplifier located at the antenna. For Ku-Band operation, the LO is typically
10,750 MHz for Ku-Band operation North America and other common frequencies
are 9,750 MHz and 10,600 MHz. For C-Band operation, 5,150 MHz is a common
LO frequency. Please consult your LNB manufacturer for the LO in the LNB.
Downlink Frequency
The actual receive frequency being down linked from the satellite to the Low
Noise Block (LNB) amplifier located at the antenna. For Ku-Band operation,
this frequency ranges from 10,700 MHz to 12,750 MHz. For C-Band operation,
this frequency ranges from 3,400 MHz to 4,200 MHz.
The combination of the LO and the downlink frequency produce the L-Band
frequency expected by the MR-S2. Some examples are as follows:
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Example 1:
LO = 10,750 MHz
Ku-Band Receive Frequency = 11,895 MHz
L-Band Frequency = 11,895 MHz – 10,750 MHz
L-Band Frequency = 1,145 MHz
Example 2:
LO = 10,600 MHz
Ku-Band Receive Frequency = 12,010 MHz
L-Band Frequency = 12,010 MHz – 10,600 MHz
L-Band Frequency = 1,410 MHz
Example 3:
LO = 5,150 MHz
C-Band Receive Frequency = 3,920 MHz
L-Band Frequency = 5,150 MHz – 3,920 MHz
L-Band Frequency = 1,230 MHz
Modulation
The MR-S2 supports the following modes of operation:
• DVB-S – QPSK
• DVB-S2 – QPSK
• DVB-S2 – 8PSK
Each mode of operation provides a range of FEC rates that are supported based
on the mode and modulation.
Symbol Rate
Depending on the configured mode of operation, the following symbol rates are
supported:
• DVB-S – QPSK 2 to 45 Msps
• DVB-S2 – QPSK 6 to 32 Msps
• DVB-S2 – 8PSK 6 to 32 Msps
Polarity
The configured polarity provides the voltage supplied to the LNB or switch. The
valid selections for the MR-S2 are 13 VDC for vertical polarization and 18 VDC
for horizontal polarization. The MR-S2 is capable of providing up to 500mA of
current in either mode of operation. It is recommended, that if the LNB voltage
is not required, then a DC block should be installed.
Spectral Inversion
There are four supported modes of spectral inversion:
• On – forces the tuner to stay with spectral inversion. The tuner will not
check for spectral inversion automatically
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• Off – forces the tuner to stay without spectral inversion. The tuner will
not check for spectral inversion automatically
• On Both – tries spectral inversion first and then attempts to automatically
check spectral inversion periodically
• Off Both – tries non-spectral inversion first and then attempts to
Enables or disables the LNB 22 KHz tone to the LNB for remote LNB and
switch control.
Pilot
Enables or disables the Pilot for DVB-S2 mode of operation only.
Roll Off
The expected filter roll off of the carrier the receiver should be looking at. This
parameter only works for DVB-S2 mode, since DVB-S mode uses a fixed roll off
of 35%.
The valid roll offs in DVB-S2 mode are:
• 20%
• 25%
• 35%
DiSEqC
Enables sending and receiving DiSEqC commands as are supported in DiSEqC
mode 1.2. The valid configuration settings for DiSEqC mode are:
• Off
• Mode A
• Mode B
• Mode C
• Mode D
Switch
Enables or disables the ability to switch to a backup carrier. If set to disabled,
the MR-S2 will not attempt to switch to a backup carrier.
Switch Time
The number of seconds the unit should wait before attempting to locate the
backup carrier.
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4.2.11 Tuner Statistics
Figure 4-13. Tuner Statistics page
Statistical reports are available from the MR-S2 using this menu. Here, a pull-down must
be selected to allow the user to choose which view of statistics is desired: ASI or Tuner.
The available report options are :
• MPE/IP
• MPEG TS
• Tuner
When selected, the statistics displayed on screen are automatically refreshed so the user
does not have to constantly refresh the screen.
These detailed tuner statistics can be used to troubleshoot problems with a satellite link.
The available parameters are as follows:
Active Configuration
Displays whether the tuner is running with the Primary or Backup configuration.
Initialized
Displays whether the tuner is initialized or not. The I2C address where the
processor found the tuner is displayed.
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Acquisition State
Displays whether the tuner is locked and tracking or whether the tuner is
unlocked.
Lock Status
Displays the lock status of various components in the tuner:
• PLL – Phase Lock Loop
• Demodulator
• LDPC Decoder
• Viterbi Decoder
• BCH Decoder
• Reed Solomon Decoder
• BCHLP Decoder
Symbol Rate
Displays the configured symbol rate.
Spectrum Inversion
Displays the state of the spectrum which the tuner locked to – inverted or noninverted.
BTL
Displays the status of the BTL.
Es/No
Displays the Es/No (Symbol Energy over the Noise Density).
Power Estimate
Displays the received port input level. This level must be between -65dBM to
-25 dBm for proper operation.
Bits per Symbol
Displays the number of bits per symbol.
Corrected Bit Error Rate
Displays the corrected bit error rate coming from the tuner. Corrected data does
not result in any lost user data.
Uncorrected Bit Error Rate
Displays the uncorrected bit error rate coming from the tuner. These are bit
errors that could not be corrected and result in lost user data.
Window Adjustment
Displays the adjustment the tuner used to capture the incoming carrier.
CRC Error Rate
Displays the Cyclic Redundancy Check (CRC) error rate received over the
satellite.
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4.3 Terminal Interface
The Terminal Interface provides the user with a textual configuration dialog for
configuring the MR-S2. This method of configuration should be used for initial
configuration of the unit; i.e., configuring the network parameters for the unit but not for
normal operation. The Web (HTTP) Interface is recommended for operational
management.
The Terminal Interface allows the entire unit to be configured and managed, but this
interface can only be used while a serial connection is present between the MR-S2 and a
PC. The screens shown in this section are displayed via a Telnet connection.
The same menu information is displayed via the serial interface with some specific
features only available via this access method – these ‘serial interface only’ features are
noted in this section. Detailed information is provided about the menu features in
Chapter 4.2 Web Interface.
Figure 4-14 shows the hierarchal structure of the Terminal Interface-based menus, and
the sections in this chapter which provide figures of these submenu pages.
Main Menu
(4.3.1)
Admin
(4.3.2)
ASI Config
(MR-S2-ASI only)
4.3.3
IGMP Config
(4.3.4)
Egress Config
(MR-S2-ASI only)
4.3.5
Stats Menu
(4.3.6)
Network Config
(4.3.7)
Unicast Routing
Config (4.3.8)
Tuner Config
(4.3.9)
SI MPE/IP Config
(4.3.3.1)
ASI Service Filter
Config (4.3.3.2)
ASI MPEG TS
Config (4.3.3.3)
See Figure 4-24
for hierarchy
Tuner Config
(4.3.9.1)
Tuner MPE/IP
Config (4.3.9.2)
Tuner MPEG TS
Config (4.3.9.3)
Tuner Service
Filter Config
(MR-S2-ASI only)
4.3.9.4)
Figure 4-14. Menu Hierarchy (via Terminal Interface)
Once the terminal interface is connected, as described in Chapter 2.4 Initial Configuration,
press the
<ENTER> key . The user should observe the the Main Me nu as shown i n Figure 4-15.
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4.3.1 Main Menu
Figure 4-15. Main Menu
4.3.2 Administration Menu
Figure 4-16. Admin Menu
4.3.2.1 Port Number Configuration
In addition to the features illustrated, one additional feature is available, for security
reasons, via the serial interface only. Modifying the port numbers prevents attacks on “well
known” ports by devices known as port scanners. This feature is configuration of the TCP
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Port number for Telnet and HTTP protocols. Option <M> allows the operator to modify the
standard port numbers for Telnet (23) and HTTP (80) to prevent unauthorized access to the
device. Care should be taken not to use a reserved standard port number.
4.3.3 ASI Configuration Menu (MR-S2-ASI only)
Figure 4-17. ASI Configuration Menu
4.3.3.1 ASI MPE/IP Configuration Menu (MR-S2-ASI only)
Figure 4-18. ASI MPE/IP Configuration Menu
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4.3.3.2 ASI Service Filter Configuration Menu (MR-S2-ASI only)
Figure 4-19. ASI Service Filter Configuration Menu
4.3.3.3 ASI MPEG TS Configuration Menu (MR-S2-ASI only)
Figure 4-20. ASI MPEG TS Configuration Menu
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4.3.4 IGMP Configuration Menu
Figure 4-21. IGMP Configuration Menu
4.3.5 Egress Configuration Menu (MR-S2-ASI only)
Figure 4-22. Egress Configuration Menu
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4.3.6 Stats Menu
Figure 4-23 shows the hierarchal structure of the Terminal Interface-based Stats menus,
and the sections in this chapter which illustrate the menu pages within this hierarchy.
Figure 4-23. MR-S2 or MR-S2-ASI Stats Menu
DMA Stats Menu
(4.3.6.1)
DetaileDetailed MPE/IP Stats
d MPE/IP Stats
(4.3.6.3.1.1)
(4.3.6.3.1.1)
Detailed MPE/IP
Detailed MPE/IP
Advanced Stats
Advanced Stats
4.3.6.3.1.2)
4.3.6.3.1.2)
Detailed MPEG TS
Detailed MPEG TS
Stats (4.3.6.3.2.1)
Stats (4.3.6.3.2.1)
Detailed MPEG TS
Detailed MPEG TS
Advanced Stats
Advanced Stats
(4.3.6.3.2.2)
(4.3.6.3.2.2)
Stats Menu
Stats Menu
Ethernet Stats
Menu (4.3.6.2)
SI MPE/IP
SI MPE/IP
Stats (4.3.6.3.1)
Stats (4.3.6.3.1)
SI MPEG TS
SI MPEG TS
Stats (4.3.6.3.2)
Stats (4.3.6.3.2)
SI Service
SI Service
Filter Stats
Filter Stats
(4.3.6.3.3)
(4.3.6.3.3)
Detailed MPE/IP Stats
4.3.6.4.1.1
Detailed MPE/IP
Detailed MPE/IP
Advanced Stats
Advanced Stats
4.3.6.4.1.2
4.3.6.4.1.2
Detailed MPEG TS
Stats (4.3.6.4.2.1)
Detailed MPEG TS
Detailed MPEG TS
Advanced Stats
Advanced Stats
4.3.6.4.2.2
4.3.6.4.2.2
4.3.6
4.3.6
(MR-S2-ASI only)
ASI Stats Menu
4.3.6.3
Tuner MPE/IP
Tuner MPE/IP
Stats (4.3.6.4.1)
Stats (4.3.6.4.1)
Tuner MPEG TS
Tuner MPEG TS
Stats (4.3.6.4.2)
Stats (4.3.6.4.2)
Detailed Tuner
Detailed Tuner
Stats (4.3.6.4.3)
Stats (4.3.6.4.3)
Tuner Stats Menu
(4.3.6.4)
Figure 4-24. Stats Menu Hierarchy (via Terminal Interface)
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4.3.6.1 DMA S tats Menu
Figure 4-25. DMA Stats Menu
4.3.6.2 Ethernet Stats Menus
Figure 4-26. Ethernet Stats Menu
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4.3.6.3 ASI Stats menu (MR-S2-ASI only)
Figure 4-27. MR-S2-ASI ASI Stats Menu
4.3.6.3.1 ASI MPE/IP Stats Menu
Figure 4-28. MPE/IP Stats Menu
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4.3.6.3.1.1 ASI Detailed MPE/IP St ats Menu
Figure 4-29. ASI Detailed MPE/IP Stats Menu
4.3.6.3.1.2 ASI Detailed MPE/IP Advanced Stat s Menu
Figure 4-30. ASI Detailed MPE/IP Advanced Stats Menu
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4.3.6.3.2 ASI MPEG TS St ats Menu
Figure 4-31. ASI MPEG TS Stats Menu
4.3.6.3.2.1 Detailed ASI MPEG TS Stats Menu
Figure 4-32. Detailed ASI MPEG TS Stats Menu
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4.3.6.3.2.2 Detailed ASI MPEG TS Advanced Stats Menu
Figure 4-33. Detailed ASI MPEG TS Stats Menu
4.3.6.3.3 ASI Service Filter St ats Menu
Figure 4-34. ASI Service Filter Stats Menu
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4.3.6.4 Tuner Stats Menu
Figure 4-35. Tuner Stats Menu
4.3.6.4.1 Tuner MPE/IP Stat s Menu
Figure 4-36. Tuner MPE/IP Stats Menu
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4.3.6.4.1.1 Detailed Tuner MPE/IP Stats Menu
Figure 4-37. Detailed Tuner MPE/IP Stats Menu
4.3.6.4.1.2 Detailed Tuner MPE/IP Advanced Stats Menu
Figure 4-38. Detailed Tuner MPE/IP Advanced Stats Menu
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4.3.6.4.2 Tuner MPEG TS Stats Menu
Figure 4-39. Tuner MPEG TS Stats Menu
4.3.6.4.2.1 Detailed Tuner MPEG TS Stats
Figure 4-40. Detailed Tuner MPEG TS Stats
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4.3.6.4.2.2 Detailed Tuner MPEG TS Advanced Stats Menu
Figure 4-41. Detailed Tuner MPEG TS Advanced Stats Menu
4.3.6.4.3 Detailed Tuner Stats Menu
Figure 4-42. Detailed Tuner Stats Menu
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4.3.7 Network Configuration Menu
Figure 4-43. Network Configuration Menu
4.3.8 Unicast Routing Configuration Menu
Figure 4-44. Unicast Routing Configuration Menu
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4.3.9 Tuner Menu
This menu enables the user to configure the tuner for operation. The terminal
configuration of the tuner is simple to perform and can be done at installation time.
Figure 4-45. Tuner Menu
4.3.9.1 Tuner Configuration Menu
Figure 4-46. Tuner Configuration Menu
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4.3.9.2 Tuner MPE/IP Confi guration Menu
Figure 4-47. Tuner MPE/IP Configuration Menu
4.3.9.3 Tuner MPEG TS Configuration Menu
Figure 4-48. Tuner MPEG TS Configuration Menu
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4.3.9.4 Tuner Service Filter Configuration Menu (MR-S2-ASI only)
Figure 4-49. Tuner Service Filter Configuration Menu
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4.4 Telnet Interface
Telnet provides a textual interface over a LAN. Most PCs have the capability
Telnet. To use Telnet on a Micros
oft Windows
The Run dialog box is shown in Figure 4-50. In the
®
product, click , then .
Open: text window, enter “telnet
to use
xxx.xxx.xxx.xxx,” where xxx.xxx.xxx.xxx is the IP address of the MR-S2. If the port
number has been modified from the via the Terminal Interface, then the port
standard 23
number must be appended with a colon to the IP address.
Figure 4-50. Starting Telnet Session
The user will be prompted to enter the user name and password to gain access to the
telnet interface.
N
OTE
The de
“comtech”, both of which are case sensitive.
fault username is “comtech” and the default password is
Oenu is started, press
nce the my as
sin
hown F
igure 4-51:
<ENTER> and the MR-S2 Main Menu will displa
Figure 4-51. Main Menu via Telnet
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The user may navigate the menus in the same manner as the Terminal Interface. With
specific exceptions as noted in the Terminal Interface section, the menus available via
Telnet and Serial interfac
es are identical.
4.5 Trivial
File Transfer Protocol (TFTP)
The MR-S2 supports changes to the resident software and firmware by means of the
Trivial File Transfer Protocol (TFTP). This enables changes to be made remotely via the
LAN interface. It is recommended to use Solarwinds TFTP server application (available
at
http://support.solarwinds.net/updates/).
To modify the software and/or firmware, use the following procedures:
Configure the server as follows:
File ! Configuration ! Select the ‘TFTP Root Director
a)
of the MR-S2 files.
b)
File ! Configuration ! Select the ‘Security’ tab and make sur
Receive
’ are selected.
c) Save configuration.
The ser for the file transfer process.
ver is now configured
IMPORTAN
Because the MR
download pro
be performed during scheduled network down time.
Do NOT remove power from the unit durin
-S2 stops processing data traffic during the
cess, it is recommended that this upgrade procedure
Tde via Telnet:
o modify co
SelectProgramFree.cfm
g the download process.
y’. Set up the location
e ‘
Transmit and
Step Procedure
1 d
2 Ensure that the c
3 Start up Telnet client and initiate a session with the MR-S2 as described
4 Select
5
6 Enter ‘1’ for Application code or ‘2’ for FPGA code (the user will be
7 Enter the IP address of the TFTP
Start up Solarwinds TFTP server – Ensure configuration as describe
previously.
ode provided by CEFD is located in the TFTP Root
directory.
in the Telnet Interface section
‘A’ for Administration
Select ‘D’ for Download
directed to select Application or FPGA code in the download
instructions provided by CEFD
“Upgrade complete. Pre
when new code is provided)
server and wait for the message
ss any key to continue”
This code modifnder the
Administration
ication process can also be conducted via the Web Interface, u
page, or the Terminal Interface under the Main Menu.
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Und take several
IMPORTAN
er heavy traffic conditions, the TFTP transfer may
minutes. Thhow greater
than 100% transferred, but this is a normal condition. Be patient and
allow the transfer to take place.
e transfer process reported by Solarwinds may s
4.6 Simpl Netwo
erk Management Protocol (SNMP) (Future)
Simple et) has not been enabled on this product and
N work Management Protocol (SNMP
is planned as a future release. However, when enabled, SNMP allows an SNMP Manager
such as OpenView or Castle Rock to be used to remotely manage the MR-S2 in an
automated fashion.
The MR-S2 supports SNMP versions 1 and 2 (SNMPv1 and SNMPv2). Two types of
Management Information Bases (MIBs) are supported: MIB II and private MIB.
MIB II is the default MIB that is used to gather generic information about the unit,
as system ‘up’ time, p
only read access, not write access. To read and write configuration parameters over
SNMP requires a private MIB. The private MIB allows parameters to be set on the
Web, Terminal, or Telnet interfaces.
The elements Object Identifiers (OIDs) of the MIB will be listed in the appendix of a
revised version of this manual. CEFD has been assigned an SNMP designator by the
IEEE, which will be found in all elements of the MR-S2’s MIB.
NOTE
The MR-S2 supports conf
recaution, passwords cannot be remotely queried over SNMP.
p
such
ackets sent or received on an interface, etc. MIB II is designed for
The assigned designator for CEFD (enterprise OID) is 1.3.6.4.1.18723.
igurable community strings for added security.
As a security
F access from a remote network via the public Internet, a VPN connection to
or SNMPthe
MR-S2ill need to be established using third-party VPN client/server access.
The default community string for the public elements is “
community string is “
w
public” and the private
private.”
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Notes:
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A.1 Introduction
The MR-S2 is enabled to receive an upgrade via Trivial File Transfer Protocol (TFTP)
transmission. Comtech EF Data recommends using the Solarwinds TFTP server
application (available at
for upgrading the product.
Once the TFTP server is enabled and the new file (
copied to the TFTP server, the procedures outlined in sections A.2 and A.3 may be used
to upgrade the unit.
The user will be instructed whether to select Application or FPGA
code in the download instructions provided by CEFD when new code is
provided.
Application or FPGA) has been
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A.2 Web Interface
Access the Administrative Configuration menu (Figure A-1):
a) In the
b) Select
c) Enter a valid username and password in the
d) When the update is complete, the message “Press any key to continue”
e) Once the unit is upgraded, reset the unit by entering a valid username and
Update Firmware section, enter the Unit TFTP Server IP Address.
Application or FPGA for the Image Type to be upgraded.
Login Required section (below
the
Update Firmware section) then select Update. The software update will
begin to download.
Do NOT power the unit down during the upgrade process.
IMPORTANT
will be displayed.
password in the first
Login Required section, then selecting Reset Unit.
Figure A-1. TFTP Download (via Web)
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A.3 Telnet or Terminal Interface
Access the Admin Menu (Figure A-2):
a) Select
b) At the “Image type” prompt, enter
c) Enter the TFTP IP server address. Once the TFTP IP server address is
d) When the update is complete, the message “Press any key to continue”
e) After the unit has been upgraded, reset the unit by selecting (R) for Reset and
(D) for Download Image.
1 for Application or 2 for FPGA.
entered, the software update will begin to download.
Do NOT power the unit down during the upgrade process.
IMPORTANT
will be displayed (Figure A-3).
‘
Y’ to confirm the reset.
Figure A-2. TFTP Download (via Terminal)
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Figure A-3. TFTP Download Complete (via Terminal)
A–4
B.1 Introduction
The MR-S2 provides state-of-the-art L-Band DVB-S and DVB-S2 IP and transport
stream delivery based on the ISO/IEC 13818-1, ISO/IEC 13818-6 and DVB Specification
for Data Broadcasting (EN 301 192).
The MR-S2 provides the following configuration features:
• Support for DVB-S reception at rates from 2 to 45 Msps
• Support for DVB-S2 reception at rates:
• IP Decapsulation per Multi-Protocol Encapsulation (EN 301 192)
• Transport stream merging and delivery (MS-S2-ASI only)
• Unicast Routing
• Multicast Routing
• Section Packing and Non-Section Packing
• IGMP version 3
Appendix B. IP ROUTING
SUPPORT
o QPSK 6 to 32 Msps
o 8PSK 6 to 32 Msps
B.2 IP Configuration
Both Unicast and Multicast IP datagrams are encapsulated per the Multiprotocol
Encapsulation specification. Routing of datagrams is accomplished by configuration of
PIDs in the MR-S2, as described in the following sections.
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B.2.1 Unicast Routing
Unicast routing provides point-to-point delivery of IP datagrams. Routes for Unicast IP
packets are configured according to the following:
• IP Addresses, which fall into three classes:
o A (0.0.0.0 to 127.255.255.255)
o B (128.0.0.0 to 191.255.255.255)
o C (192.0.0.0 to 223.255.255.255)
• Medium Access Control (MAC) Addresses, which identifies the destination
device (next-hop) to which the packets are sent. The least-significant bit of the
first byte of the six-byte MAC address is a ‘0’. For example, 0x00 11 22 33 44 55
is a Unicast address.
Unicast is supported by the MR-S2 as it would be in any routed network. Packets
received by the MR-S2 are routed to the Ethernet if they meet the subnet criteria or the
MR-S2 is configured to route non-local packets to a default gateway.
The MR-S2 uses Classless Inter-Domain Routing (CIDR) notation in which a ‘slash’
followed by a decimal number is used to represent the number of bits for the mask, e.g.
/32 is 255.255.255.255 and /24 is 255.255.255.0.
As stated above, part of the route configuration is a MAC address that is assigned for
delivery of the packet when it is encapsulated into MPE. The MAC address typically
identifies the remote receiver (physical device), e.g. satellite terminal, DTV terminal, or
cable receiver.
B.2.2 Multicast Routing
Multicast routing provides point-to-multipoint delivery of IP datagrams. Routes for
multicast IP packets are configured according to the following:
• IP Addresses, which fall into class D (224.0.0.0 to 239.255.255.255)
• Medium Access Control (MAC) Addresses, which identifies the frames as
multicast. The least-significant bit of the first byte of the six-byte MAC address is
a ‘1’. For example, 0x01 00 5E 00 00 01 is a multicast address
• Broadcast frames are identified by the MAC Address 0x FF FF FF FF FF FF.
Multicast IP addresses are related to multicast MAC addresses as follows:
The lower 23 bits of the IP address are mapped into the lower 23 bits of the MAC address
as shown in Figure B-1. Examples of the relationship are:
1) Received IP: 239.1.1.10 = MAC: 0x01 00 5E 01 01 0A
2) Received IP: 224.10.10.10 = MAC: 0x01 00 5E 0A 0A 0A
3) Received IP: 228.63.10.10 = MAC: 0x01 00 5E 3F 0A 0A
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Note that the upper 5 bits of the multicast IP address are ignored in the MAC so that 32
Multicast group IP addresses map to a single MAC address. This implies further filtering
is required at the end device.
Figure B-1. Multicast Mapping (IP to MAC)
B.3 Section Packing
Section packing is a technique utilized to provide more optimal utilization of the
MPEG-2 transport stream (TS) packet structure. When section packing is not used, each
TS packet (containing the MPE section) can carry no more than a single section. This
often results in wasted payload capacity when the sections are less than 184 bytes.
The section packing feature
allows more than a single MPE
section to be carried by an
MPEG-2 TS packet, thereby
minimizing wasted payload
capacity.
In the case of a large MPE
section that spans multiple
MPEG-2 packets, the ending of
an MPE section may occur in the
middle of an MPEG-2 packet.
In this instance, with section
packing, a new MPE section
begins immediately after the first
MPE section has finished
without any ‘fill’ (wasted) bytes
having to be inserted before the
start of the next MPEG-2 packet.
B–3
Figure B-2. Section Packing
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Notes:
B–4
Appendix C. SYSTEM LOG
C.1 Introduction
The MR-S2 supports a feature known as system logging, more commonly called Syslog.
This section illustrates how a system logger can be set up on a Linux or Unix system
allowing the MR-S2 to report system events to a logger attached via an Ethernet
connection.
C.2 Enabling a System Logger
To enable system logging, add the following command string to the bottom of the
/etc/syslog.conf file on the Logging Server:
CONFIGURATION
1
,
# log the mux messages to here
*.=info /var/log/mux.log
Where:
*.=info tells the logger to send all messages it receives from the Mux to the Dir/file
1
Note that this is merely a sample configuration. CEFD does not support the setup of a syslog
server, since it is assumed that one is already configured and operational for use.
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Looking in the top of file /etc/init.d/syslog2, the following is usually displayed:
#!/bin/bash
#
# syslog Starts syslogd/klogd.
#
#
# chkconfig: 2345 12 88
# description: Syslog is the facility by which many daemons use to log \
# messages to various system log files. It is a good idea to always \
# run syslog.
# Source function library.
. /etc/init.d/functions